1) feeding body
给进机身
1.
The model and harmonic response of feeding body in ZDY4000L all-hydraulic power head type drilling rig are analyzed with the finite analysis software ANSYS.
以ZDY4000L型全液压动力头式钻机为对象,应用有限元分析软件ANSYS对给进机身进行有限元模态分析及谐响应分析,实现了ZDY系列钻机给进机身的优化设计,为该系列钻机给进系统的动态设计提供了基础,对其他动力头式钻机给进机身的优化设计也具有参考价值。
2) driving mechanism
给进机构
1.
The functions of the driving mechanism directly affect drilling efficiency,borehole quality and other technological performances of the drilling machine.
钻机给进机构性能的好坏直接影响钻探效率、钻孔质量的高低和钻机其他技术性能的发挥。
2.
The functions of trenchless rig's driving mechanism affect its drilling efficiency, bore hole quality and other technologyical performances directly.
非开挖钻机给进机构的性能好坏直接影响钻机钻进效率、钻孔质量及钻机各项技术性能的发挥。
3) machine tool feed
机床进给
1.
It's discussed that self-excitation vibration mechanism with creeping phenomenon for lower motion parts running speed in NC machine tool feed system.
讨论了数控机床进给系统中因运动部件转动速度较低,因而产生爬行现象的自激振动机理;通过对进给系统建立运动模型、导出振动方程从而对爬行现象进行了理论分析。
2.
This paper analyzs the transmitting characteristics of machine tool feed moving system and the vibrational properties of feed transmitting system which leads to the running of the machine tool.
分析了机床进给运行系统的传动特点以及进给传动系统引起机床运行时的振动特性。
3.
This paper discusses the mechanism of self driving vibration in the machine tool feeding system.
讨论了机床进给系统中因运动部件移动速度较低 ,因而产生爬行现象的自激振动机理。
4) feed mechanism
进给机构
1.
Design on reciprocate straight line type feed mechanism in multi－ blade saw tools;
多片锯床往复直线式进给机构的设计
2.
Based on the introduction of the principle of numerical control transformation for horizontal lathes feed mechanism economically, the whole structure of CAD system on numerical control transformation for horizontal lathes feed mechanism is proposed.
在介绍卧式车床进给机构经济型数控改造原理的基础上,提出卧式车床进给机构数控改造计算机辅助设计系统的总体结构,讨论了系统设计的主要步骤流程和技术特点。
3.
The feed mechanism is playing an important role in precision and micro machining.
分析比较了几种现有进给机构的特性,说明了宏微复合进给机构的组成和工作原理,讨论了压电陶 瓷致动器的致动机理和制作时的注意事项。
5) Machine operatio n
机动进给
6) feeding mechanism
进给机构
1.
Decoupling control of a maglev feeding mechanism;
进给机构磁悬浮系统的解耦控制分析
2.
Magnetic force coupling in maglev feeding mechanism;
磁悬浮进给机构的磁力耦合
3.
The sawing speed curve is unchangeable, but the feed speed curve can be different with different length ratio of members of the feeding mechanism.
锯切速度曲线是不可变的,但进给速度曲线随进给机构杆长比的不同而变化。
补充资料：给事
1.处事;办理事务。 2.供职。 3.引申为侍奉。 4.官名。给事中的省称。
说明：补充资料仅用于学习参考，请勿用于其它任何用途。
参考词条